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General| Brand | Commtest Instruments |
|---|---|
| Model | vb1000 |
| Category | Measuring Instruments |
| Language | English |
Important safety and operational precautions to prevent damage or injury.
Procedure for analyzing and correcting rotating mass imbalance problems.
Instructions for turning the instrument on and off.
Accessing the instrument's primary operational tasks and menus.
Explanation of how to navigate through the instrument's menus and screens.
Overview of compatible sensors and their measurement capabilities.
Guidelines for optimal sensor placement to ensure measurement accuracy.
Detailed instructions for connecting and mounting accelerometers.
Instructions for setting up the laser tachometer for speed and angle measurements.
Step-by-step guide to performing onsite vibration analysis using Measure Mode.
Automating measurement setup using pre-defined quick setup menus.
Configuring parameters for spectral analysis measurements.
Configuring parameters for time-domain waveform measurements.
Setting up parameters for demodulation measurements.
Utilizing advanced automated setups for complex measurements.
Technique for improving spectral analysis by averaging synchronous data.
Method for identifying resonance frequencies through structural impact analysis.
Capturing recordings during machine speed changes to study resonance.
Measuring phase differences between two sensors without a tachometer.
Interpreting vibration phase data to diagnose common machine faults.
Recording continuous data over extended periods for transient analysis.
Manually configuring all parameters for taking measurements.
Configuring parameters to obtain informative vibration spectra.
Configuring how measurements are initiated (Internal or Tach trigger).
Configuring sensor type, sensitivity, units, and drive current.
Configuring parameters to ensure informative vibration waveform charts.
Step-by-step guide for capturing vibration recordings on the instrument.
Methods for transferring recorded data from the instrument to a PC.
Step-by-step process for performing recordings following a pre-defined route.
Technique for analyzing repetitive patterns in time waveforms to detect faults.
Step-by-step procedure for balancing rigid rotors in one or two planes.
Configuring parameters like units, planes, and weight orientation for balancing.
Performing initial measurements to determine imbalance levels before balancing.
Taking trial weight readings for single or left plane balancing.
Taking trial weight readings for the right plane in dual plane balancing.
Menu to display and apply correction weights to balance the rotor.
Taking measurements after adding/removing weights to confirm balance improvement.
Initial step in balancing: configuring relevant parameters before starting.
Performing the first measurement to assess the rotor's imbalance.
Attaching trial weights and taking measurements to determine imbalance correction.
Applying correction weights based on calculated requirements to reduce imbalance.
Performing final adjustments to achieve desired balance levels.
Overview of the instrument's battery system and charge status.
How to view the current battery charge level and voltage.
Permanently deleting all recorded data from all folders.
Procedure for permanently removing all machines, points, directions, and parameter sets.
Process for updating the instrument's firmware to the latest version.
Troubleshooting common issues related to transferring data between the instrument and PC.
